Gas Emissions in Combustion of Biofuel

Vitázek, Ivan; Klúčik, Janko; Pinter, Tomáš; Mikulová, Zuzana

doi:10.2478/ata-2014-0017

Abstract

Nowadays, biomass or more precisely biofuel is more and more being exploited as a substitute for fossil fuels for heating as well as for example for heating a drying environment. This contribution focuses on assessing a heat source by combusting various types of solid biofuels. It is a boiler VIGAS 25 with AK 2000 regulation for heating a family house. Gaseous emissions were measured using a device TESTO 330-2LL. Firewood, peat briquettes, bark briquettes and hardwood briquettes were burnt. Results of experimental measurements concerning the production of gaseous emissions are processed in tables and graphs depending on boiler performance and combustion time.

References

COMPANY MATERIALS. VIMAR – Teplovodný kotol Vigas 25. [Retrieved 2013-2-27]. Retrieved from: http://www.vimar.sk/?u1= kotlyvodne&u2=vigas025&jazyk=sk
Search in Google Scholar
DZURENDA, L. 2004. Produkcia oxidov dusíka z procesu spal'ovania vlhkého dreva niektorých ihličnatých a listnatých drevín. In Acta Mechanica Slovaca, vol. 8, no. 3-A, pp. 87–92.
Search in Google Scholar
JANDAČKA, J. – MIKULÍK, M. 2008. Ekologické aspekty spal'ovania biomasy a fosílnych palív [online]. Žilina: Juraj Štefuň – GEORG. 116 pp. ISBN 978-80969161-7-7. [Retrieved 2012-09-05]. Retrieved from: http://www.biomasa-info.sk/docs/ PriruckaAspekty.pdf
Search in Google Scholar
JANDAČKA, J. 2007. Druhy biomasy. In Možnosti lokálneho vykurovania a výroba elektrickej energie z biomasy. [Retrieved 2012-07-15]. Retrieved from: http://www. biomasa-info.sk/docs/05jandacka_s.pdf
Search in Google Scholar
PEPICH, Š. 2009. Pol'nohospodárska biomasa z pohl'adu regionálnej bioenergetiky. In Agrobioenergia – časopis Združenia pre pol'nohospodársku biomasu, vol. 4, no. 1, pp. 21–24.
Search in Google Scholar
PINTER, T. 2013. Posúdenie zdroja tepla pre spal'ovanie biopaliva (diploma thesis). Nitra: SUA. 80 pp.
Search in Google Scholar
TRÁVNÍČEK, P. – KUKLA, R. – VÍTĚZ, T. – MAREČEK, J. 2011. Experimental determination of temperatures of the inner wall of a boiler combustion chamber for the purpose of verifcation of a CFD model. In Acta Universitatis Agriculturae et Silviculturae Mendelianae Brunensis, vol.59, no. 1, pp. 235–242.
Search in Google Scholar
VITÁZEK, I. – HAVELKA, J. 2010. Termodynamika spalív z bioplynu. In Acta Techn. Agr., vol. 13, no. 2, pp. 36–40.
Search in Google Scholar
VITÁZEK, I. – VITÁZKOVÁ, B. – PLOTH, J. 2012. Produkcia plynných emisií zdroja tepla na biomasu. In Sborník příspěvku 31. mezinárodní konference „Setkání kateder mechaniky tekutin a termomechaniky“. Brno: VUT, pp. 245–248. ISBN 978-80-214-4529-1.
Search in Google Scholar

Gas Emissions in Combustion of Biofuel

Abstract

Paradigm

My account